Suppose an ideal and incompressible fluid that has rotational movement in the plane x - y...

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Suppose an ideal and incompressible fluid that has rotational movement in the plane x - y and at the same time a very slow radial movement so that the current lines form a very dense spiral in that plane. a) Is the circulation value T= fv.dr constant throughout the plan? b) How does w vary as a function of r in the plane x - y? c) How does the pressure vary as a function of r? Suppose an ideal and incompressible fluid that has rotational movement in the plane x - y and at the same time a very slow radial movement so that the current lines form a very dense spiral in that plane. a) Is the circulation value T= fv.dr constant throughout the plan? b) How does w vary as a function of r in the plane x - y? c) How does the pressure vary as a function of r?

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Is the Corculation vealue Lovstant thonughaud the plan Yes it is lonstant throughbut th... View the full answer